DSPA-2022 Report

DSPA-2022 Conference worked in 8 Sections. 102 papers and presentations were considered, submitted from 28 Russian cities from Kaliningrad to Kamchatka and from Sevastopol to St Petersburg. Three papers were from Belarus and two papers were from India. The closing of the conference was organized in Trapeznikov Institute of Control Sciences where participants met in-person. Section chairs reported high scientific level of presentations and active participation. Best papers are listed below. 


DSPA-2022 Plenary Talks

Prof. Vikram M. Gadre
Department of Electrical Engineering, IIT Bombay, Mumbai, India

Bringing Multiresolution Signal Processing Principles into Machine Learning / Deep Learning

Presentation in PDF: DSPA_Keynote_VMG_Manish_Koushlendra.pdf

Igor Djurović
University of Montenegro

Deep neural networks in multimedia watermarking

Research results and presentation at GitHub: https://github.com/kosta-pmf/dnn-audio-watermarking/wiki

DSPA-2022 Best Papers

Section 1

Kozhemyakin A. S., Degtyaryov A. N., Afonin I. L., Polyakov A. L.TECHNIQUE FOR LOWERING THE IMPACT OF NON-LINEAR DISTORTIONS ON ACCURACY OF RECEPTION OF SIGNALS TRANSMITTED IN MULTIPLE PATHS

Gvozdarev A., Bryukhanov Yu. MULTIPATH FADING IMPACT ON THE QUANTIZER OUTPUT SIGNAL ENERGY SUPPRESSION

Section 2

Zenchenko M. A., Kleopin A. V., ПРИМЕНЕНИЕ МЕТОДА РЕГУЛЯРИЗАЦИИ ТИХОНОВА ДЛЯ ОБРАБОТКИ ИМПУЛЬСНЫХ СИГНАЛОВ ПРИ ОСЦИЛЛОГРАФИЧЕСКИХ ИЗМЕРЕНИЯХ

Козлов Р.Ю., Гаврилов К.Ю., Трофимова Т.А.ОБРАБОТКА РАДИОЛОКАЦИОННЫХ ШИРОКОПОЛОСНЫХ СИГНАЛОВ СО СТУПЕНЧАТОЙ ЧАСТОТНОЙ МОДУЛЯЦИЕЙ

Section 3

Astafiev A. V., Zhiznyakov A. L., Zakharov A. A., Privezentsev D. G.,ALGORITHM FOR PRELIMINARY PROCESSING CHANNEL STATE INFORMATION OF THE WIFI COMMUNICATION CHANNEL FOR BUILDING INDOOR POSITIONING SYSTEMS

Section 4

Паршин В.С., Нгуен В.Д. ВЛИЯНИЕ ПАРАЗИТНОЙ АМПЛИТУДНОЙ МОДУЛЯЦИИ НА ПОГРЕШНОСТЬ ИЗМЕРЕНИЯ РАССТОЯНИЯ ЧМ ДАЛЬНОМЕРОМ ПРИ ВАРЬИРОВАНИИ ЕГО НЕСУЩЕЙ ЧАСТОТЫ

Медеев Д.А. ЦИФРОВАЯ ОБРАБОТКА ИНФОРМАЦИОННОГО СИГНАЛА С ДОПЛЕРОВСКОЙ РЛС ВО ВРЕМЕННОЙ ОБЛАСТИ

Section 5

Minin P. V.HYBRID IMPLEMENTATION OF MARR-HILDRETH METHOD OF EDGE DETECTION

Kovalenko R., Tashlinskyi A. OPTIMIZATION OF THE HISTOGRAM INTERVALS NUMBER WHICH APPROXIMATE BRIGHTNESS PROBABILITY DISTRIBUTIONS IN STOCHASTIC IMAGE ALIGNMENT BASED ON INFORMATION SIMILARITY MEASURES

Section 6

Chaudhary Pradeep Kumar, Jain Sujay, Damani Tina, Gokharu Shirali, Pachori Ram Bilas AUTOMATIC DIAGNOSIS OF TYPE OF GLAUCOMA USING ORDER-ONE 2D-FBSEEWT

Section 7

Degtyarev A. A., Saifullin K., Bakhurin S. A.HIGH ORDER FIR-FILTER HARDWARE IMPLEMENTATION COMPLEXITY REDUCTION

Бурак А.А., Петровский Н.А. ПАРАЛЛЕЛЬНО-ПОТОЧНЫЙ ПРОЦЕССОР 2D ВЕЙВЛЕТ ПРЕОБРАЗОВАНИЯ 9/7 НА ОСНОВЕ ЛЕСТНИЧНОЙ ФАКТОРИЗАЦИИ

Section 8

Приоров А.Л., Гурьянов Е.Д., Назаров Д.А.ИССЛЕДОВАНИЕ ХАРАКТЕРИСТИК КЛАСТЕРА САМООРГАНИЗУЮЩЕЙСЯ СЕТИ ДЛЯ МАЛЫХ МОБИЛЬНЫХ ОБЪЕКТОВ

Mareev A. V., Orlov A. A.DEVELOPMENT OF A SYSTEM FOR LOCALIZING THE MARKINGS OF RAILWAY WHEELS IN A VIDEO STREAM